Isotopes of Flerovium

List of known isotopes of the element Flerovium.

Isotope%Spin/parityRadiusIsotopic massDiscovery
284Fl2.5 ± mssyn.0+2.841·108 ±704 keV/c22015
285Fl101 ± mssyn.2.851·108 ±433 keV/c22010
286Fl166 ± mssyn.0+2.861·108 ±590 keV/c22004
287Fl0.4 ± ssyn.2.871·108 ±663 keV/c22004
288Fl0.64 ± ssyn.0+2.881·108 ±819 keV/c22004
289Fl2.4 ± ssyn.2.891·108 ±548 keV/c22004
290Fl19 ± ssyn.0+2.901·108 ±752 keV/c22016

284FlFlerovium-284

Classificationz: 114; n: 170; m: 284
Half life2.5 ± ms
Natural abundancesynthetic nuclide
Spin/parity0+
Decay modesspontaneous fission; α decay
Discovery2015
Mass excess168,700 ±656 keV
Binding energy7,163 ±2 keV
Single-particle energy3,073 ±788 keV
Q value for electron capture2,188 ±845.2 keV
ads_clickPoint at nuclidecall_splitDecay chain of Flerovium-284

285FlFlerovium-285

Classificationz: 114; n: 171; m: 285
Half life101 ± ms
Natural abundancesynthetic nuclide
Decay modesα decay; spontaneous fission
Discovery2010
Mass excess170,900 ±404 keV
Binding energy7,159 ±1 keV
Single-particle energy2,948 ±669 keV
Neutron separation energy5,919 ±770 keV
Q value for electron capture3,164 ±873.9 keV
ads_clickPoint at nuclidecall_splitDecay chain of Flerovium-285

286FlFlerovium-286

Classificationz: 114; n: 172; m: 286
Half life166 ± ms
Natural abundancesynthetic nuclide
Spin/parity0+
Decay modesα decay; spontaneous fission
Discovery2004
Mass excess171,600 ±549 keV
Binding energy7,159 ±2 keV
Single-particle energy3,451 ±950 keV
Neutron separation energy7,398 ±682 keV
Q value for electron capture1,649 ±805.9 keV
ads_clickPoint at nuclidecall_splitDecay chain of Flerovium-286

287FlFlerovium-287

Classificationz: 114; n: 173; m: 287
Half life0.4 ± s
Natural abundancesynthetic nuclide
Decay modesα decay; spontaneous fission
Discovery2004
Mass excess173,900 ±617 keV
Binding energy7,155 ±2 keV
Single-particle energy3,317 ±854 keV
Neutron separation energy5,748 ±826 keV
β⁻ decay energy-3,819 ±759 keV
ads_clickPoint at nuclidecall_splitDecay chain of Flerovium-287

288FlFlerovium-288

Classificationz: 114; n: 174; m: 288
Half life0.64 ± s
Natural abundancesynthetic nuclide
Spin/parity0+
Decay modesα decay; spontaneous fission
Discovery2004
Mass excess174,900 ±763 keV
Binding energy7,154 ±3 keV
Single-particle energy3,827 ±1,040 keV
Neutron separation energy7,083 ±981 keV
β⁻ decay energy-4,749 ±932 keV
β⁻ decay energy with neutron-10,910 ±882 keV
ads_clickPoint at nuclidecall_splitDecay chain of Flerovium-288

289FlFlerovium-289

Classificationz: 114; n: 175; m: 289
Half life2.4 ± s
Natural abundancesynthetic nuclide
Decay modesα decay; spontaneous fission
Discovery2004
Mass excess177,400 ±511 keV
Binding energy7,149 ±2 keV
Single-particle energy3,793 ±866 keV
Neutron separation energy5,523 ±918 keV
β⁻ decay energy-3,217 ±929 keV
β⁻ decay energy with neutron-10,280 ±740 keV
ads_clickPoint at nuclidecall_splitDecay chain of Flerovium-289

290FlFlerovium-290

Classificationz: 114; n: 176; m: 290
Half life19 ± s
Natural abundancesynthetic nuclide
Spin/parity0+
Decay modeselectron capture + β⁺ decay; spontaneous fission; α decay
Discovery2016
Mass excess178,700 ±700 keV
Binding energy7,147 ±2 keV
Single-particle energy4,109 ±861 keV
Neutron separation energy6,806 ±867 keV
Q value for electron capture416 ±842.5 keV
β⁻ decay energy-4,061 ±917 keV
β⁻ decay energy with neutron-10,030 ±1,046 keV
ads_clickPoint at nuclidecall_splitDecay chain of Flerovium-290